Spin Effect of Antiprotou-Nucleus Inelastic Scatterings at Intermediate Energies

Li Yangguo

Chinese Physics C> 1994, Vol. 18> Issue(5) : 466-472

Spin Effect of Antiprotou-Nucleus Inelastic Scatterings at Intermediate Energies

Li Yangguo ^,

Department of physics, Shantou University, Guongdong 515063

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Abstract：
The antiproton optical potential at intermediate energies is obtained by the multiple scattering theory. The distorted wave of the antiproton is obtained by this optical potential which includes the spin-orbit interaction terms. In the framework of the distorted wave approximation, we discuss the differential cross section and polarization of antiproton-nucleus inelastic scatterings at intermediate energies. the and Pf(θ) of 12(P,P')12C*,2+,3- states at antiproton energies from 180 MeV to 508 MeV are calculated. It is shown that the theoretical results fit the experimental data at E=180 MeV quite well, and the theoretical results of and Pf(θ) at higher energies are predicted.

References

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Li Yangguo. Spin Effect of Antiprotou-Nucleus Inelastic Scatterings at Intermediate Energies[J]. Chinese Physics C, 1994, 18(5): 466-472.

Li Yangguo. Spin Effect of Antiprotou-Nucleus Inelastic Scatterings at Intermediate Energies[J]. Chinese Physics C, 1994, 18(5): 466-472. shu

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Received: 1900-01-01
Revised: 1900-01-01

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沈阳化工大学材料科学与工程学院沈阳 110142

Spin Effect of Antiprotou-Nucleus Inelastic Scatterings at Intermediate Energies

Li Yangguo ^,

Corresponding author: Li Yangguo,

Department of physics, Shantou University, Guongdong 515063

Received Date: 1900-01-01
Accepted Date: 1900-01-01
Available Online: 1994-05-05

Abstract: The antiproton optical potential at intermediate energies is obtained by the multiple scattering theory. The distorted wave of the antiproton is obtained by this optical potential which includes the spin-orbit interaction terms. In the framework of the distorted wave approximation, we discuss the differential cross section and polarization of antiproton-nucleus inelastic scatterings at intermediate energies. the and Pf(θ) of 12(P,P')12C*,2+,3- states at antiproton energies from 180 MeV to 508 MeV are calculated. It is shown that the theoretical results fit the experimental data at E=180 MeV quite well, and the theoretical results of and Pf(θ) at higher energies are predicted.